The full text on this page is automatically extracted from the file linked above and may contain errors and inconsistencies.
Presentation Materials (2.01 MB PDF)
APPENDIX 1
Charts used by Mr. Kos.
Page 1
Top panel
Title: 3-Month Deposit Rates and Rates Implied by Traded Forward Rate Agreements
Series: U.S. dollar Libor fixing, 3M forward, and 9M forward rates
Horizon: March 1, 2001 through June 25, 2001
Description: U.S. forward rates declined steadily over the period shown.
Middle panel
Title: Continuation of Top Panel
Series: Euro Libor fixing, 3M forward, and 9M forward rates
Horizon: March 1, 2001 through June 25, 2001
Description: Euro forward rates each declined over 25 percent over the period shown.
Bottom panel
Title: Japanese Government Yield Curve
Series: The yield curve, including Japanese 3-month, 6-month, and 1-year through 10-year yields
Horizon: There are three curves shown for the dates of 3/1/2001, 5/15/2001, and 6/25/2001.
Description: From 3/1/2001 to 5/15/2001 the yield curve shifted lower and steepened modestly.
However, since then the curve has shifted lower further as seen at levels on 6/25/2001.
Page 2
Top panel
Title: 2-Year Government Yields minus Central Bank Policy Rates
Series: 2-Year government yields minus central bank policy rates for the U.S., Germany, Japan,
U.K., and Canada
Horizon: September 1, 2000 through June 25, 2001
Description: All 2-year government yields minus central bank policy rates finished close to zero
basis points by the end of the period shown.
Bottom panel
Title: 2-Year Swap Rates minus Central Bank Policy Rates
Series: 2-year swap rates minus central bank policy rates for the U.S., Euro-area, Japan, U.K., and
Canada
Horizon: September 1, 2000 through June 25, 2001
Description: Euro-area 2-year swap rates minus the central bank policy rate declined significantly
over the period shown. The remaining countries' 2-year swap rates minus the central bank policy
rates declined modestly toward the end of 2000, however have since gone back to levels as seen in
early September 2000.
Policy Rates: US: Federal Funds Rate (O/N), Euro area: Main refinancing rate (2-week), Japan: Overnight Call Rate, U.K.:
Base Rate (O/N repo), Canada: Overnight Target (midpoint of bank rate and discount rate)
Source: Bloomberg
Page 3
Top panel
Title: U.S. Treasury Yields
Series: Target federal funds rate, yields on benchmark 2-year, 10- year, and 30-year U.S. Treasury
securities
Horizon: March 1, 2001 to June 25, 2001
Description: The 2-year Treasury note declined modestly as the target federal funds rate decreased
over the period shown, whereas the 10-year and 30-year Treasuries increased by roughly 25 basis
points.
Middle panel
Title: U.S. Credit Spreads over Treasuries
Series: 10-year A1 industrial corporates, 10-year interest rate swaps, and 10-year Fannie Mae
benchmark
Horizon: March 1, 2001 to June 25, 2001
Description: All credit spreads tightened over the period shown.
Bottom panel
Title: High Yield and EMBI+ Spreads over Treasuries
Series: Merrill Lynch high yield spread and EMBI+ index spread
Horizon: March 1, 2001 to June 25, 2001
Description: Both spreads fluctuated over the period shown with the EMBI+ finishing relatively
unchanged and the Merrill Lynch High Yield widening by roughly 50 basis points.
Page 4
Top panel
Title: U.S. Equities
Series: Dow Jones Industrial Average, NASDAQ composite index, Russell 2000 index, and S&P
500 index
Horizon: April 17, 2001 to June 25, 2001
Description: All equity indices had positive returns over the period shown with the NASDAQ
composite and Russell 2000 indices increasing the most.
Middle panel
Title: Foreign Equities
Series: Nikkei index, CAC 40 index, DAX index, and FTSE 100 index
Horizon: April 17, 2001 to June 25, 2001
Description: All foreign equity indices declined over the period shown.
Bottom panel
Title: Implied Volatility on the S&P 100 Futures
Series: VIX index
Horizon: April 17, 2001 to June 25, 2001
Description: Implied volatility significantly declined over the period shown with the majority of the
decline coming directly after the -50 basis points move by the FOMC at the 5/15/2001 meeting
(labeled with a tripwire).
Page 5
Top panel
Title: Euro-Dollar Exchange Rate
Series: Euro currency performance in dollars/euro
Horizon: January 1, 1999 to June 25, 2001
Description: The dollar significantly appreciated continually over the course of the period shown.
Middle panel
Title: Dollar minus Euro Interest Rate Differentials
Series: 3-month Libor deposit rate spread, 2-year swap spread, and 10-year swap spread
Horizon: January 1, 1999 to June 25, 2001
Description: All interest rate differential spreads have declined significantly over the period shown
with the 3-month Libor deposit rate spread decreasing the most.
Bottom panel
Title: One-Month and Twelve-Month Euro-Dollar Implied Volatilities
Series: One-month and twelve-month euro-dollar implied volatilities
Horizon: January 1, 1999 to June 25, 2001
Description: Implied volatility increased over the majority of the period shown until late 2000 where
it has since declined back to levels similar to early 1999.
Page 6
Top panel
Title: Currency Component of M1 (excludes vault cash)
Series: Actual currency component of M1, current estimates (7% growth over forecast period), and
estimates as of May 15, 2001 FOMC meeting (5% growth over period)
Horizon: December 2000 through December 2001 (forecasts)
Description: Current estimates for currency growth have increased since the May 15, 2001 FOMC
meeting from 5% to 7%.
Bottom panel
Title: Total Outright Purchases and Net SOMA Expansion
Series: Net portfolio expansion and purchases to offset redemptions
Horizon: 1996 through 2001 (forecast)
Description: Current forecasts for outright purchases have increased since the May 15, 2001 FOMC
meeting.
APPENDIX 2
Charts used by Messrs. Sichel, Struckmeyer, Fuhrer, and Steindel.
STRICTLY CONFIDENTIAL (FR) CLASS II-FOMC
Material for Staff Briefings on Productivity Developments
June 26, 2001
Chart 1
Top panel
Labor Productivity, Nonfarm Business
Top-left panel
Labor productivity in the nonfarm business sector, 1959-2000. Data plotted as a bar chart. Units are
percent changes. This chart shows bars for the average annual rate of growth of labor productivity in
the nonfarm business sector over three periods: 1959 to 1973, 1973 to 1995, and 1995 to 2000. In the
period from 1959 to 1973, the average annual growth rate was 3.0 percent; from 1973 to 1995 the
average growth rate was 1.5 percent; and from 1995 to 2000 the average growth rate was 2.8 percent.
Top-right panel
Labor productivity in the nonfarm business sector, 1995-2000. Data plotted as a line graph. Units are
percent changes. This figure plots four-quarter percent changes in labor productivity in the nonfarm
business sector from the first quarter of 1995 to the first quarter of 2001. This figure shows that the
four-quarter change in labor productivity growth picked up from less than 1 percent in the first
quarter of 1995 to about 2 1/2 percent by the middle of 1996. The four-quarter change in labor
productivity growth fluctuated in a range around 2 1/2 percent through the middle of 1999 and then
surged in the middle of 2000, reaching a peak above 5 percent. The four-quarter change in labor
productivity growth then dropped back to a pace just a bit above 2 percent by the first quarter of
2001.
Bottom panel
Key Issues
What are the sources of the pickup during 1995-2000?
What is the role of information technology?
How much of recent productivity growth is cyclical and how much is structural?
Given today's economic situation, what is the outlook for structural productivity and potential
output?
Chart 2
Growth Accounting
Top panel
Decomposition of Output and Labor Productivity Growth
(1) Output Growth Equation
(2) Labor Productivity Growth
Equation
\dot{Q}_t = s_t \dot{K}_t +(1-s_t)\dot{L}_t +
\dot{MFP}_t
\dot{LP}_t = s_t(\dot{K}_t - \dot{L}_t) + \dot{MFP}_t
= s_t(Capital Deepening)_t + \dot{MFP}_t
Q
= Output
K
= Capital services
L
= Hours
MFP = Multifactor productivity
s
= Income share of capital
LP = Output per hour
Bottom panel
Strengths and Weaknesses of Growth Accounting
Strengths
Based on microeconomic theory of the firm, applied to the overall economy.
Straightforward and intuitive.
Can help to identify the sources of growth in a period of structural change.
Weaknesses
Requires several strong assumptions.
Heavy data requirements.
Ignores the costs of adjusting capital stocks, and supply shocks may cause the model to go off
track.
Chart 3
Empirical Implementation of Growth Accounting
Top panel
Data and Concepts
Use MFP dataset from BLS that extends to 1999.
BLS uses annual data for output, hours, labor composition, and capital services to calculate
MFP as a residual.
We extend the MFP data to 2000 using published data on output and hours and our own
estimate of capital services.
We interpolate annuals to estimate quarterly figures.
Middle panel
Capital Services
Capital services growth is a weighted average of growth in individual capital stocks.
\dot{K}_t = \sum_i w_{it} \dot{K}_{it}
Weights reflect the marginal product, or relative efficiency, of a particular asset.
Bottom panel
Decomposition of Labor Productivity Growth, Nonfarm Business
(percent change, annual rate)
1973-95
1. Labor productivity
1995-2000
Acceleration
1.5
2.8
1.3
2. Capital deepening
.7
1.2
.5
3.
IT
.4
1.2
.7
4.
Non-IT
.3
.1
-.2
5. Labor composition
.3
.3
.0
6. MFP
.5
1.2
.7
Contributions of:
7.
Computer and related
semiconductor production
.2
.5
.3
8.
Other
.3
.7
.4
Note. Rows and columns may not sum due to rounding.
Chart 4
Estimating Structural Productivity Growth
Top panel
The growth of labor productivity is procyclical. It rises rapidly during the recovery phase of
the business cycle, slows down in the expansion phase, and declines during recessions.
For our medium- to long-run analysis, we define structural productivity growth as the
component of productivity growth that can be sustained over a complete business cycle.
We do not distinguish between actual and structural growth in capital services.
Initial estimates of structural MFP growth are generated using several econometric models.
These estimates are refined using other information about technological developments and
supply shocks that influence the choice of production technologies.
Middle panel
Multifactor Productivity
Multifactor productivity growth in the nonfarm business sector. The data are plotted as line graphs.
The units are simple percent changes, calculated from annual averages. The time period of the chart
is from 1990 through 2000. One line shows the behavior of actual multifactor productivity (MFP)
growth over this period: Starting from 0 percent in 1990, MFP dips to -1 percent in 1991 before
jumping to 2 percent in 1992. Actual MFP growth then gradually moves up from about 1/2 percent in
1993 to just over 1 percent in 1998; it then dips to 1/2 percent in 1999 before jumping to just over 2
percent in 2000. The second line shows the staff's estimate of structural MFP growth. Structural MFP
growth is constant at about 1/2 percent from 1990 through 1995; it ratchets up to 3/4 percent over the
1995 to 1997 period before stepping up to slightly more than 1 percent from 1998 to 2000.
Bottom panel
Structural Productivity Growth
(percent change, annual rate)
1973-95
1. Structural Productivity
1995-2000
1998
1999
2000
1.4
2.7
2.9
3.1
3.2
2. Capital deepening
.6
1.3
1.4
1.6
1.7
3. Labor composition
.3
.3
.3
.3
.3
4. MFP
.6
1.1
1.2
1.2
1.2
Contributions of:
Chart 5
Potential GDP
Top panel
Potential GDP
(percent change, annual rate)
1973-95
1995-2000
2000
2001
2002
1. Potential GDP
2.9
3.8
4.3
3.4
3.4
2.
1.6
1.1
1.1
.9
.9
1.4
1.0
1.1
1.1
1.1
Potential labor hours
3.
Population
4.
Labor force participation
.4
.0
.0
.0
.0
5.
Employment rate
.0
.1
.0
-.2
-.2
6.
Workweek
-.2
.0
.0
.0
.0
1.4
2.7
3.2
2.5
2.5
7.
Structural Labor Productivity
8.
Capital deepening
.6
1.3
1.7
1.0
1.0
9.
Labor composition
.3
.3
.3
.3
.3
10.
MFP
.6
1.1
1.2
1.2
1.2
-.1
.0
.0
.0
.0
5.8
5.0
4.8
5.0
5.2
11. Technical factors
Memo:
12. NAIRU
Bottom-left panel
Research and Development Expenditures
Research and development expenditures. The data are plotted on a ratio scale as a line graph; the
source is the NSF and the Battelle Institute. The units are billions of 1996 dollars. The single line
shows a period of rapid growth in R&S expenditures from the 1950s through 1970. R&S
expenditures flatten out from 1970 to 1980 and then resume growth over the 1980 to 2000 period,
although at a rate less than that posted in the 1960s.
Bottom-right panel
Okun's Law
Okun's Law. The data are plotted as a line graph. The units are percent. The time period is 1995 to
2001. One line plots the unemployment rate over this period; the second line plots the forecasts of
the unemployment rate from a model of Okun's law. The data indicate that the Okun's law model
tracked the actual unemployment rate fairly tightly from 1995 to the beginning of 1999. The Okun's
law model overpredicted the unemployment rate by about 1/4 percentage point in 1999 and
underpredicted the unemployment rate by about 1/2 percentage point in 2000. However, the model
was back on track with the unemployment rate in the first part of 2001.
Figure 1
Top panel
Distribution of Quarterly Productivity Growth Rates 1995-2001:Q1, Nonfarm Business Sector
Labor productivity growth in the nonfarm business sector, 1995 to first-quarter 2001. Data plotted as
a bar chart. Units are annualized percent growth rates. The chart displays four bars depicting the
frequency distribution of productivity growth rates in four bins of less than 1.1 percent, 1.1 percent
to 3.4 percent, 3.4 percent to 5.8 percent, and greater than 5.8 percent. The chart shows that the
average productivity growth rate over this period is about 2.5 percent. Most of the observations--18
of 25--fall at or below 3.4 percent, and only two are 5.8 percent or above.
Bottom panel
Quarterly Growth of Nonfarm Business Sector Productivity, 1995-2001:Q1
Labor productivity growth in the nonfarm business sector, 1995 to first-quarter 2001. Data plotted as
a bar chart. Units are annualized percent growth rates. The chart displays the quarterly growth rates
in labor productivity over time, color-coding each bar to indicate whether the growth rate falls in the
range less than 1.1 percent, 1.1 to 3.4 percent, 3.4 to 5.8 percent, or greater than 5.8 percent. The
chart shows that both slower- and faster-than-average growth rates have been fairly evenly
distributed across this time period.
Source: U.S. Bureau of Labor Statistics: Nonfarm Business Sector, Output per Hour (SAAR, percent change).
Figure 2
Results of Multiple Breakpoint Tests for Shifts in Trend Productivity Growth
Top panel
Simple regression: Log(prod) = c + b Time_t
Labor productivity growth in the nonfarm business sector, 1972 to first-quarter 2001. Data plotted as
a mixed bar and line chart. Units are annualized growth rates. The chart displays bars depicting the
quarterly growth rate of productivity, along with a line representing an estimate of the trend rate of
productivity growth, which changes across the period. The chart indicates that the estimated trend
growth rate of productivity rose from a low of 1.2 percent in the early 1980s to 2.4 percent in the last
five years of the sample.
Middle panel
Cyclical controls addeda
Labor productivity growth in the nonfarm business sector, 1972 to first-quarter 2001. Data plotted as
a mixed bar and line chart. Units are annualized growth rates. The chart displays bars depicting the
quarterly growth rate of productivity, along with a line representing an estimate of the trend rate of
productivity growth, which changes across the period. The trend estimate in this panel includes
variables that attempt to control for cyclical influences on productivity growth. The chart indicates
that the estimated trend growth rate of productivity rose from a low of 1.0 percent in the early 1980s
to 2.4 percent in the last five years of the sample.
Bottom panel
Including capital services per hourb
Labor productivity growth in the nonfarm business sector, 1972 to first-quarter 2001. Data plotted as
a bar chart. Units are annualized growth rates. The chart displays bars depicting the quarterly growth
rate of productivity, along with a line representing an estimate of the trend rate of productivity
growth, which changes across the period. The trend estimate in this panel includes variables that
attempt to control for cyclical influences on productivity growth, as well as the influence of so-called
"capital deepening," which is proxied in these estimates by a measure of capital services per hour.
The chart indicates that the estimated trend growth rate of productivity, apart from capital deepening,
rose from a low of 0.7 percent in the early 1980s to 1.7 percent in the early 1990s, and remained at
the rate through the end of the sample.
a Cyclical regressors include the growth rate in real GDP and the civilian unemployment rate. Return to text
b Capital services per hour are log-detrended interpolated values of the BLS annual series. An HP-filtered series yields nearly
identical breakpoints and estimated trend rates of growth. Return to text
Note: Minimum spacing between breakpoints is 23 quarters (20% of sample).
Source: U.S. Bureau of Labor Statistics: Nonfarm Business Sector, Output per Hour (quarter-to-quarter percent change,
SAAR).
Figure 3
Structural Labor Productivity Growth
Greenbook Forecasts vs. Real-Time "Actual" Productivity Data
Labor productivity growth in the nonfarm business sector, by Greenbook forecast date from January
1995 to May 2001. Data are plotted as a line chart. Units are annualized growth rates. The chart
displays the trailing four-quarter average growth rate in actual labor productivity known to the
Greenbook authors as of the publication of the Greenbook. The chart superimposes a dotted line
depicting the Greenbook's estimate of structural labor productivity growth for each of the Greenbook
forecast dates in the period. The chart shows a fairly close correspondence between growth in actual
productivity for the four quarters prior to the publication of the Greenbook and the Greenbook staff's
estimate of structural labor productivity growth. The chart highlights in red a 1.4 percentage point
increase in the staff's estimate of structural labor productivity growth between September 29, 1999
and August 16, 2000, followed by a 1.2 percentage point decrease from August 16, 2000 to June 21,
2001.
Source: Federal Reserve Board of Governors: Greenbook, Part 1; Nonfarm Business Sector, Output per Hour. Real-time data
series is actual output per hour (seasonally adjusted, at an annual rate), and is the average of the last 4 quarters available at the
Greenbook's publication. Forecasts are taken from the Greenbook, either from tables or from references to trends in structural
labor productivity growth.
Table 1
Productivity Trends, 1960-2000
1960-1966 1967-1973 1974-1995
1996-2000
Labor Productivity Growth:
Nonfarm Business
3.4
2.6
1.4
2.8
Nonfinancial Corporations
2.9
1.9
1.5
3.1
Manufacturing
2.7
3.0
2.7
4.9
Multifactor Productivity Growth
BLS Estimates (Nonfarm Business):
2.5
1.6
0.4
1.1
Jorgenson-Stiroh Estimates (Private
Economy):
1.4
0.9
0.3
1.0 (1996-1999)
Table 2
Comments on Trend Productivity from Reports of the Council of Economic Advisors
"…the trend rate of increase in output per man-hour in the total economy is just over 2 1/2 percent
per year." 1967, p. 44.
"…the trend rate of increase in output per man-hour in the total economy--private and public--is just
over 2 1/2 percent a year." 1968, p.68.
"…the trend rate of increase in aggregate productivity--private and public--has been about 2 1/2
percent per year." 1969, p.66.
"In the private sector of the economy, [potential] output per man-hour is estimated to grow [from
1970 to 1975] by about 3.1 percent per year…" 1970, p.84.
"The principal element in this computation [of the gross national product available] is an assumed
3-percent trend rate of increase of productivity (output per labor-hour) in the private economy."
1971, p.94.
Chart 1
Multifactor Productivity of Nonfarm Business
Multifactor productivity in the nonfarm business sector, 1959-2000. Data plotted as a line graph,
units are percent changes, recessions indicated by shaded bars. The figure shows that multifactor
productivity growth was negative in several years prior to 1973.
Source: Bureau of Labor Statistics.
Chart 2
Nonfarm Productivity Growth: Actual and Forecast
Labor productivity growth in the nonfarm business sector, 1966-1978, actual and forecast. Data
plotted as line graphs, units are percent changes. The comparison of the forecast and actual lines
suggests that productivity growth in the late 1960s was consistently less than the amount that would
have been forecast given output growth, with the widest difference being more than 2 percentage
points in 1969.
Chart 3
Nonfinancial Corporate Profits as a Percentage of Sector Gross Product
Nonfinancial corporate profits as a percentage of sector gross product, 1960Q1-1980Q4. Data plotted
as a line graph, units are percent. The figure shows a sharp drop in the profit share of product in the
late 1960s and early 1970s, from more than 5 percent in 1966 to a low point around 3 1/2 percent in
1971.
Chart 4
Real Interest Rates and the S&P Earnings/Price Ratio
Real interest rates and the S&P earnings/price ratio, 1960Q1-1981Q4. Data plotted as line graphs,
units are percent for the interest rates and a pure number for the earnings price ratio. There are three
measures of the real interest rate plotted. The real funds rate is the federal funds rate less four quarter
growth in the core PCE price index, the real 10-year rate is the constant maturity rate on 10-year
Treasury bonds less four quarter growth in the core PCE price index, and the equilibrium real funds
rate is a transformation of the real funds rate derived by the Federal Reserve Board staff using a
statistical filter. The figure shows that the S&P earnings price ratio was close to stable at around .06
in the years prior, and then generally rose for the remainder of the period illustrated. All the interest
rate measures appear to have peaked roughly in the middle 1960s, at values ranging from about 2 to
4 percent and then seem to have trended down (subject to considerable year-to-year volatility)
through the middle 1970s, with trough values around and under zero.
APPENDIX 3
Charts used by Mr. Stockton, Mr. Wilcox, and Ms. Johnson.
STRICTLY CONFIDENTIAL (FR) CLASS II-FOMC
Material for Staff Presentation on the Economic Outlook
June 26, 2001
Chart 1
Forecast Overview
Top-left panel
Table for chart of Real GDP and Final Sales
Four-quarter percent change
Period
Real GDP
Final sales
96:Q1
2.51
3.26
96:Q2
3.99
4.07
96:Q3
3.71
3.21
96:Q4
4.06
3.88
97:Q1
4.43
3.87
97:Q2
4.22
3.47
97:Q3
4.78
4.78
97:Q4
4.31
3.91
98:Q1
4.85
4.05
98:Q2
4.10
4.47
98:Q3
3.91
3.66
98:Q4
4.61
4.62
99:Q1
3.87
4.72
99:Q2
3.75
4.31
99:Q3
4.31
4.71
99:Q4
4.96
4.84
00:Q1
5.29
5.39
00:Q2
6.10
5.37
00:Q3
5.21
4.84
00:Q4
3.41
3.66
01:Q1
2.51
3.15
01:Q2
1.27
2.08
01:Q3
1.04
1.76
01:Q4
1.50
2.07
02:Q1
1.98
1.38
02:Q2
2.63
2.09
02:Q3
3.24
2.71
02:Q4
3.47
2.98
Note: Data for 2001:Q1 forward are staff forecasts
Top-right panel
Table for Real GDP
Percent change, annual rate
Period
Real GDP
2001:Q1
0.80
2001:Q1, June GB
1.20
2001:Q2
0.60
2001:Q2, June GB
0.60
2001:Q4/Q4
1.40
2001:Q4/Q4, June GB
1.50
Middle-left panel
Table for chart of Unemployment Rate
Percent
Period
Unemployment rate
96:Q1
5.60
96:Q2
5.50
96:Q3
5.30
96:Q4
5.30
97:Q1
5.30
97:Q2
5.00
97:Q3
4.80
97:Q4
4.70
98:Q1
4.70
98:Q2
4.40
98:Q3
4.50
98:Q4
4.40
99:Q1
4.30
99:Q2
4.30
99:Q3
4.20
99:Q4
4.10
00:Q1
4.10
00:Q2
4.00
00:Q3
4.00
00:Q4
4.00
01:Q1
4.23
01:Q2
4.50
01:Q3
4.86
01:Q4
5.22
02:Q1
5.38
02:Q2
5.52
02:Q3
5.55
02:Q4
5.64
Note: Data for 2001:Q1 forward are staff forecasts
Middle-right panel
Table for chart of Total and Core PCE Price Inflation
Four-quarter percent change
Period
Total
Core
96:Q1
2.06
2.04
96:Q2
2.12
1.87
96:Q3
2.06
1.74
96:Q4
2.34
1.83
97:Q1
2.35
1.97
97:Q2
1.99
2.11
97:Q3
1.90
1.98
97:Q4
1.54
1.73
98:Q1
1.02
1.45
98:Q2
1.04
1.33
98:Q3
1.09
1.50
98:Q4
1.12
1.61
99:Q1
1.46
1.76
99:Q2
1.72
1.64
99:Q3
1.84
1.52
99:Q4
2.02
1.51
00:Q1
2.46
1.60
00:Q2
2.41
1.64
00:Q3
2.39
1.59
00:Q4
2.32
1.57
01:Q1
2.24
1.67
01:Q2
2.26
1.71
01:Q3
2.12
1.87
01:Q4
2.00
1.96
02:Q1
1.60
1.79
02:Q2
1.48
1.86
02:Q3
1.60
1.91
02:Q4
1.68
1.90
Note: Data for 2001:Q1 forward are staff forecasts
Bottom-left panel
Table for Revision to Blue Chip
Percent change, Q4/Q4
Period
GDP
CPI
2001:June
1.80
3.00
2001:January
2.70
2.40
2002:June
3.40
2.50
2002:January
3.50
2.50
Bottom-right panel
Table for Revision to Staff Projection
Percent change, Q4/Q4
Period
GDP
CPI
2001:June
1.40
2.60
2001:January
1.80
2.30
2002:June
3.50
2.00
2002:January
3.80
2.00
Chart 2
Near-term Dynamics and the Industrial Sector
Top-left panel
Inventory-Sales Ratio (Industrial Production system)
The top-left panel shows the inventory-sales ratio for the tech sector, measured in days' supply,
derived from the Industrial Production system from January 1998 through May 2001. The series
begins at about 44 in January 1998, gradually declines to around 37 in early 2000, then rises to about
46 in May 2001.
Top-right panel
Inventory-Sales Ratio (Industrial Production system, excludes transportation)
The top-right panel shows the inventory-sales ratio for the non-tech sector excluding transportation,
measured in days' supply, derived from the Industrial Production system from January 1998 through
May 2001. The series begins at about 58 in January 1998, rises to almost 59 in late 1998, gradually
declines to about 57-1/2 in mid-2000, then rises to about 58 in May 2001.
Middle-left panel
Computers and Communication Equipment
The middle-left panel shows three-month moving averages of two series in billions of dollars from
January 1998 to May 2001. One series is orders for computers and communication equipment; the
other series is shipments of computers and communication equipment. Orders begin at about 16, rise
gradually to about 22-1/2 in mid-2000, then decline to about 17 in May 2001. Shipments begin at
about 16, gradually rise to 21 in late 2000, then decline to about 17 in May 2001.
Middle-right panel
Other Equipment (ex. aircraft)
The middle-right panel shows three-month moving averages of two series in billions of dollars from
January 1998 to May 2001. One series is orders for equipment other than computers, communication
equipment, and aircraft; the other series is shipments of equipment other than computers,
communication equipment, and aircraft. Orders begin at about 41, rise gradually to about 47 in
mid-2000, then decline to about 44 in May 2001. Shipments begin at about 41, gradually rise to just
over 46 in early 2001, then decline to about 45-1/2 in May 2001.
Bottom-left panel
Table for chart of Manufacturing Industrial Production
Percent change, annual rate
Period
Tech (Computers, Communications and Semiconductors)
98:Q1
37.90
98:Q2
18.90
98:Q3
53.50
98:Q4
40.70
99:Q1
42.10
99:Q2
48.80
99:Q3
40.20
99:Q4
31.90
00:Q1
73.70
00:Q2
70.40
00:Q3
56.90
00:Q4
25.20
01:Q1
-5.70
01:Q2
-16.10
01:Q3
-4.70
01:Q4
7.30
02:Q1
19.70
02:Q2
31.80
02:Q3
33.20
02:Q4
33.20
Note: Data for 2001:Q2 forward are staff forecasts
Bottom-right panel
Table for chart of Manufacturing Industrial Production
Percent change, annual rate
Period
Non-tech ex. Motor Vehicles
98:Q1
3.10
98:Q2
2.20
98:Q3
-0.30
98:Q4
-0.60
99:Q1
0.80
99:Q2
0.90
99:Q3
1.90
99:Q4
4.40
00:Q1
1.30
00:Q2
1.80
00:Q3
-0.60
00:Q4
-2.80
01:Q1
-6.59
01:Q2
-7.64
01:Q3
-4.16
01:Q4
0.58
02:Q1
1.87
02:Q2
1.57
02:Q3
1.61
02:Q4
1.52
Note: Data for 2001:Q2 forward are staff forecasts
Chart 3
Near-Term Developments
Top-left panel
Table for chart of Sales of Light Vehicles
Millions of units, annual rate
Period
Domestic
Foreign
Total
98:Q1
13.07
1.93
14.99
98:Q2
14.04
1.97
16.01
98:Q3
12.53
2.02
14.55
98:Q4
14.07
2.17
16.24
99:Q1
13.87
2.31
16.18
99:Q2
14.34
2.45
16.79
99:Q3
14.61
2.47
17.08
99:Q4
14.31
2.69
17.00
00:Q1
15.32
2.88
18.20
00:Q2
14.36
2.88
17.24
00:Q3
14.54
2.84
17.38
00:Q4
13.30
2.87
16.17
01:Q1
14.19
2.93
17.12
01:Q2
13.46
3.00
16.45
01:Q3
13.02
2.88
15.90
01:Q4
12.74
2.96
15.70
Note: Data for 2001:Q1 forward are staff forecasts.
Top-right panel
Table for chart of Production and Days' Supply of Light Vehicles
Domestic production
Millions of units, annual rate
Period
Domestic production
98:Q1
11.75
98:Q2
11.03
98:Q3
11.24
98:Q4
12.25
99:Q1
12.41
99:Q2
12.48
99:Q3
12.94
99:Q4
12.60
00:Q1
12.98
00:Q2
12.73
00:Q3
12.44
00:Q4
11.24
01:Q1
10.64
01:Q2
11.34
01:Q3
10.85
01:Q4
10.14
Note: Data for 2001:Q1 forward are staff forecasts.
Table for chart of Production and Days' Supply of Light Vehicles
Days' supply
Days
Period
Days' supply
98:Q1
68.5
98:Q2
54.6
98:Q3
62.2
98:Q4
57.1
99:Q1
60.4
99:Q2
60.2
99:Q3
60.0
99:Q4
63.0
00:Q1
57.9
00:Q2
65.2
00:Q3
66.0
00:Q4
72.3
01:Q1
60.7
01:Q2
62.3
01:Q3
63.5
01:Q4
61.7
Note: Data for 2001:Q1 forward are staff forecasts.
Middle-left panel
Table for chart of Housing Starts
Millions of units, annual rate
Period
Single-family
Multifamily
Total
98:Q1
1.23
0.33
1.56
98:Q2
1.24
0.33
1.57
98:Q3
1.28
0.35
1.63
98:Q4
1.36
0.36
1.72
99:Q1
1.34
0.37
1.71
99:Q2
1.27
0.31
1.57
99:Q3
1.29
0.37
1.65
99:Q4
1.34
0.32
1.66
00:Q1
1.29
0.38
1.67
00:Q2
1.23
0.35
1.59
00:Q3
1.19
0.31
1.51
00:Q4
1.22
0.32
1.54
01:Q1
1.28
0.35
1.63
01:Q2
1.28
0.33
1.62
01:Q3
1.28
0.33
1.61
01:Q4
1.29
0.33
1.62
Note: Data for 2001:Q1 forward are staff forecasts.
Middle-right panel
Total Real PCE
The middle-right panel shows total real personal consumption expenditures in billion of 1996 dollars
from January 1998 to May 1998. The plot is extended through December 2001 in two segments. One
is the forecast of total real personal consumption expenditures; the other is the total excluding the
estimated effects of the tax cuts. The series for total real personal consumption expenditures begins
at around 5530 and rises to around 6550 in December 2001. The series excluding the effects of the
tax cuts rises more slowly from June 2001 to December 2001; its endpoint is about 6500.
Bottom-left panel
Initial Claims
The bottom-left panel shows the four-week moving average level of initial claims for unemployment
insurance in thousands from the week ending January 7, 1989 to the week ending June 16, 2001. The
series rises from around 300,000 in January 7, 1989 to just over 500,000 in early 1991. The series
then generally declines to around 280,000 during May 2000 before rising to around 425,000 in early
June 2001.
Bottom-right panel
Payroll Employment Changes
The bottom-right panel shows the three-month moving average of the net change in payroll
employment from January 1998 to May 2001 for two series: Private service-producing industries
excluding wholesale trade and help supply; the other is the total employment in the manufacturing,
wholesale trade, and help supply industries. The private service-producing series fluctuates close to
180,000 from 1998 until early 2000, declines to around 75,000 in mid-2000, then rises to just over
150,000 in late 2000 before declining to about 80,000 in May 2001. For the manufacturing,
wholesale trade, and help supply industries, it begins at about 90,000 in January 1998, declines to
around 20,000 from late 1998 through mid-2000, and then declines steadily to negative 160,000 in
May 2001.
Chart 4
Financial Conditions
Top panel
Table for chart of Ten-Year Treasury Rate and Federal Funds Rate
Percent
Period
Ten-year Treasury rate
Federal Funds rate
89:Q1
9.21
9.45
89:Q2
8.76
9.73
89:Q3
8.11
9.08
89:Q4
7.91
8.61
90:Q1
8.42
8.25
90:Q2
8.67
8.24
90:Q3
8.70
8.16
90:Q4
8.41
7.74
91:Q1
8.02
6.43
91:Q2
8.13
5.86
91:Q3
7.95
5.65
91:Q4
7.35
4.82
92:Q1
7.31
4.02
92:Q2
7.38
3.77
92:Q3
6.62
3.26
92:Q4
6.74
3.03
93:Q1
6.26
3.04
93:Q2
5.99
3.00
93:Q3
5.62
3.06
93:Q4
5.62
2.99
94:Q1
6.09
3.21
94:Q2
7.09
3.94
94:Q3
7.33
4.49
94:Q4
7.84
5.17
95:Q1
7.47
5.80
95:Q2
6.60
6.02
95:Q3
6.33
5.80
95:Q4
5.90
5.72
96:Q1
5.91
5.37
96:Q2
6.71
5.24
96:Q3
6.78
5.31
96:Q4
6.35
5.28
97:Q1
6.57
5.28
97:Q2
6.70
5.52
97:Q3
6.24
5.53
97:Q4
5.91
5.51
98:Q1
5.59
5.52
98:Q2
5.59
5.50
98:Q3
5.21
5.53
98:Q4
4.66
4.86
99:Q1
5.00
4.73
99:Q2
5.54
4.75
99:Q3
5.88
5.10
99:Q4
6.14
5.30
00:Q1
6.47
5.68
00:Q2
6.18
6.27
00:Q3
5.89
6.52
00:Q4
5.57
6.47
01:Q1
5.04
5.61
01:Q2
5.30
4.40
01:Q3
5.30
4.00
01:Q4
5.30
4.00
02:Q1
5.20
4.00
02:Q2
5.10
4.00
02:Q3
5.10
4.00
02:Q4
5.00
4.00
Note: Data for 2001:Q2 forward are staff forecasts.
Middle-left panel
Table for chart of S&P Price-Earnings Ratio
Period
Ratio
January 1989
10.28
February 1989
10.41
March 1989
10.35
April 1989
10.67
May 1989
10.96
June 1989
11.11
July 1989
11.49
August 1989
11.83
September 1989
11.78
October 1989
11.78
November 1989
11.78
December 1989
12.20
January 1990
11.78
February 1990
11.52
March 1990
11.74
April 1990
11.88
May 1990
12.30
June 1990
12.63
July 1990
12.59
August 1990
11.70
September 1990
10.96
October 1990
10.44
November 1990
11.39
December 1990
11.88
January 1991
11.43
February 1991
13.55
March 1991
13.89
April 1991
14.60
May 1991
13.77
June 1991
14.03
July 1991
14.22
August 1991
14.47
September 1991
14.27
October 1991
14.41
November 1991
14.53
December 1991
14.08
January 1992
15.50
February 1992
15.13
March 1992
15.02
April 1992
14.99
May 1992
14.93
June 1992
14.25
July 1992
14.60
August 1992
14.62
September 1992
14.58
October 1992
14.18
November 1992
14.73
December 1992
14.99
January 1993
14.93
February 1993
14.93
March 1993
15.31
April 1993
15.31
May 1993
15.08
June 1993
14.88
July 1993
14.86
August 1993
14.97
September 1993
15.02
October 1993
14.90
November 1993
14.86
December 1993
14.68
January 1994
14.99
February 1994
14.75
March 1994
14.51
April 1994
13.64
May 1994
13.62
June 1994
13.70
July 1994
13.19
August 1994
13.39
September 1994
13.30
October 1994
13.09
November 1994
12.72
December 1994
12.27
January 1995
12.47
February 1995
12.71
March 1995
12.77
April 1995
12.97
May 1995
13.25
June 1995
13.37
July 1995
13.59
August 1995
13.61
September 1995
13.93
October 1995
14.01
November 1995
14.03
December 1995
14.58
January 1996
14.27
February 1996
15.36
March 1996
14.95
April 1996
14.97
May 1996
15.36
June 1996
15.15
July 1996
14.45
August 1996
14.99
September 1996
15.31
October 1996
15.67
November 1996
16.13
December 1996
15.95
January 1997
16.53
February 1997
17.36
March 1997
16.72
April 1997
16.05
May 1997
17.39
June 1997
18.38
July 1997
19.16
August 1997
18.66
September 1997
18.98
October 1997
19.27
November 1997
18.73
December 1997
19.05
January 1998
18.80
February 1998
20.33
March 1998
21.46
April 1998
22.08
May 1998
21.83
June 1998
21.55
July 1998
22.73
August 1998
21.19
September 1998
20.04
October 1998
19.42
November 1998
22.17
December 1998
22.68
January 1999
24.04
February 1999
23.58
March 1999
24.88
April 1999
25.06
May 1999
24.88
June 1999
24.27
July 1999
25.32
August 1999
23.70
September 1999
23.26
October 1999
22.47
November 1999
24.57
December 1999
24.63
January 2000
25.06
February 2000
23.42
March 2000
23.20
April 2000
23.64
May 2000
23.64
June 2000
23.81
July 2000
23.75
August 2000
23.70
September 2000
23.70
October 2000
21.46
November 2000
22.42
December 2000
22.37
January 2001
22.32
February 2001
22.27
March 2001
20.08
April 2001
21.88
May 2001
22.78
June 2001
21.93
Note. Using expected earnings for 12 months ahead.
Source. I/B/E/S.
Middle-right panel
Real Exchange Value of the Dollar
Real Exchange Value of the Dollar, 1989-2001. The data are plotted monthly from January 1989 to
June 2001. The series is an index with the March 1973 value equal to 100. The series begins at 90,
declines to just over 80 in mid-1995, rises to about 105 in mid-1998, declines to less than 100 in late
1998, and then rises to about 110 in June 2001.
Bottom-left panel
Equilibrium and Actual Real Interest Rate
Equilibrium and Actual Real Interest Rate, 1989-2001. Data are plotted as one curve, one horizontal
dotted line, and one shaded region. The curve shows the actual real funds rate; the series begins at
about 4.8 in 1989, moves down to reach just below 0 by late 1992, moves up to reach almost 5 by
late 2000, and then drops to reach about 2.3 by 2001. The horizontal dotted line shows the historical
average, 1966:Q1 to 2001:Q1, for the actual real funds rate, at 2.81 percent. The shaded region
shows a range for the estimated equilibrium real funds rate; the region is demarcated by an upper and
lower boundary curve. The upper curve begins at about 3, moves down to reach about 1.8 by 1992,
moves up to reach about 4.6 in late 1999, and moves down to reach about 4 in June 2002; the lower
curve begins at about 2.8, moves down to reach about 1.0 by 1992, moves up to reach about 3.5 in
late 1999, and moves down to reach about 2.8 in June 2002. The curve for the actual real funds rate
at various time points from 1989 to 2001 is above, within, or below this shaded region.
Bottom-right panel
Table for Revision of Equilibrium Real Rate, 2000:Q2 to 2001:Q2
Percentage points
Measure
Rate
Total revision
-1.20
Equity premium
-0.50
Exchange rate
-0.10
Trend growth
-0.50
Other
-0.10
Note. FRB/US measure.
Chart 5
Fiscal Policy
Top-left panel
Key Elements of Tax Cut
Tax rebate of $38 billion to be paid July through September.
"Permanent" tax reduction of $3 billion in FY2001.
"Permanent" tax reduction of $71 billion in FY2002.
Top-right panel
Key Assumptions
For some households, consumption tracks cash flow.
Other households very gradually spend rebates and adjust spending slowly to higher after-tax
income.
Initially, spending increase is partly offset by drawdown of inventories.
Middle-left panel
Table for chart of Contribution of Tax Cut to Level of Real GDP
Billions of dollars
Period
Inventory investment
Final sales
GDP
2001:Q3
-10.00
27.00
18.00
2001:Q4
-15.00
54.00
39.00
2002:Q1
3.00
52.00
56.00
2002:Q2
16.00
51.00
67.00
2002:Q3
12.00
70.00
82.00
2002:Q4
1.00
80.00
81.00
Middle-right panel
Table for chart of Contribution of Tax Cut to Growth of Real GDP
Percent change, annual rate
Period
Contribution of tax cut
2001:Q3
0.80
2001:Q4
1.00
2002:Q1
0.70
2002:Q2
0.50
2002:Q3
0.50
2002:Q4
0.00
Bottom-left panel
Table for chart of Real Government Purchases
Percent change, Q4/Q4
Period
State and local
Federal
1998
3.61
0.76
1999
4.18
4.83
2000
2.66
-1.28
2001
3.37
3.01
2002
3.49
3.57
Bottom-right panel
Table for Federal Budget Surplus
Billions of dollars
Period
Unified
On-budget
FY2001
185
21
FY2002
214
40
Chart 6
The Household Sector
Top-left panel
Table for chart of Impetus to Level of Real PCE from Tax Cut
Billions of 1996 Dollars
Period
From rebates
From "permanent" cuts
Subtotal
2001:Q3
24.20
2.50
26.70
2001:Q4
49.00
5.40
54.30
2002:Q1
26.20
26.10
52.30
2002:Q2
0.80
50.40
51.30
2002:Q3
0.90
65.90
66.80
2002:Q4
1.00
73.40
74.40
Top-right panel
Table for chart of Real PCE Growth
Percent change, annual rate
Period
With the tax cut effect
Excluding the tax cut effect
2001:Q1
3.00
3.00
2001:Q2
1.60
1.60
2001:Q3
2.30
0.70
2001:Q4
3.30
1.60
2002:Q1
1.90
2.00
2002:Q2
2.20
2.30
2002:Q3
3.50
2.50
2002:Q4
3.10
2.60
Middle-left panel
Influences on the Saving Rate
Underestimated pension contributions
Underestimated wage and salary income
Tax cut
Reverse wealth effect
Middle-right panel
The Saving Rate
The Saving Rate, 1995-2002. Data are plotted as two curves, one dotted curve that begins in
2000:Q1, and two shaded regions. A vertical line demarks the first quarter of 2001. One curve shows
the actual personal saving rate, and the other curve shows an estimate of the personal saving rate
with additional pension contributions; both are plotted from 1995:Q1 to 2001:Q1. The series for the
personal saving rate begins at about 6.3 in 1995:Q1 and moves down to reach about -1.0 in 2001:Q1;
the series for the personal saving rate with additional contributions begins at about 6.3 in 1995:Q1
and moves down to reach just below 0 in 2001:Q1. A shaded region demarks the difference between
the two curves. The dashed curve shows the estimated the personal saving rate with both additional
pension contributions and additional wage and salary income; it is plotted from 2000:Q1 to 2002:Q4;
it begins at about 0.8 and reaches about 2.0 in 2002:Q4. The second shaded region demarks the area
between the dashed curve and the curve representing the personal saving rate with additional pension
contributions; it is shown for 2000:Q1 to 2000:Q4.
Bottom panel
Wealth-Income Ratio and the Saving Rate
Wealth-Income Ratio and the Saving Rate, 1985-2002. Data are plotted for two curves; one shows
the saving rate adjusted for additional pension contributions and wage and salary income, and the
other curve shows the smoothed ratio of household net worth to disposable income; the data for all
the series have been adjusted for estimates of additional pension contributions and wage and salary
income. The adjusted saving rate begins at about 9 in 1985:Q1, declines to about 1 in 2001:Q1, and
then increases to 2 in 2002:Q4. The curve for ratio of adjusted household net worth to disposable
income is plotted as its inverse; it begins at about 4.4 in 1985:Q1, declines to 5.9 in mid-2000, and
rises to about 5.5 in 2002:Q4.
Chart 7
Is There A Capital Overhang?
Top-left panel
High-tech Equipment
High-tech Equipment, 1973-2002. Data are plotted as two curves in billions of 1996 dollars on a
ratio scale. One curve represents actual real business outlays for high-tech equipment; the other
curve represents the target level of real business outlays for high-tech equipment estimated as a
function of variables such as the level of output and the cost of capital. The actual series begins at
about 50 in 1973:Q1 and rises to about 1375 in 2002:Q4. The target series, which is more variable
than that actual, begins at a level of about 100 in 1973:Q1 and rises to a level of about 1150 in
2002:Q4. Three areas in which the actual curve lies above the target curve are shaded and represent
overhangs; they are 1982, 1985-91, and 2000-2002. The shaded area for 2000-2002 represents a gap
of 20 percent between the two curves and is larger than during the earlier periods.
Top-right panel
Other Equipment
Other Equipment, 1973-2002. Data are plotted as two curves in billions of 1996 dollars on a ratio
scale. One curve represents actual real business outlays for other equipment; the second curve
represents the target level of real business outlays for other equipment estimated as a function of
variables such as the level of output and the cost of capital. The actual series begins at about 1400 in
1973:Q1 and rises to about 3420 in 2002:Q4. The target series, which is more variable than that
actual, begins at a level of about 1850 in 1973:Q1 and rises to a level of about 3150 in 2002:Q4.
Three areas in which the actual curve lies above the target curve are shaded and represent overhangs;
they are 1980-1992, 1994-97, and 1999-2002. The shaded area for 1999-2002 represents a gap of 10
percent between the two curves and is smaller than the large gap during 1980-1992.
Middle-left panel
Network-type Markets
Network-type markets tend to tip toward one provider.
Each competitor has a strong incentive to invest aggressively.
If several markets aim to serve most of the market, a capital overhang is almost sure to result.
Middle-right panel
Capacity of the Long-Haul Fiber Optic Network
Capacity of the Long-Haul Fiber Optic Network, 1992-2000. Data are plotted as two curves in
millions of channel miles on a ratio scale. One curve represents installed channel miles; it begins at
an annual level of about 5 in 1992 and rises to about 150 in 2000. The other curve represents the
possible number of channel miles that could be placed on installed fiber; it begins at an annual level
of about 9.5 in 1992 and rises to about 1,000 in 2000.
Bottom panel
Key Conclusions of the Staff Study
There is an overhang today.
The overhang disproportionately involves high-tech equipment.
For most firms, financial factors are not a major drag on investment.
Implications for monetary policy:
only a moderately negative influence on the outlook;
not likely to impair the effectiveness of monetary policy.
Chart 8
The Outlook for Business Investment
Top-left panel
Interest Expense to Cash Flow
Interest Expense to Cash Flow, 1992-2000. Data are plotted annually as percent for two curves;
circles for projections for 2001:Q1 are also plotted. The source of the data is Compustat, and cash
flow is defined as operating income before depreciation. One curve represents interest expense as a
percent of cash flow for the nonfinancial sector; it begins at about 21 in 1992, declines to about 15 in
1996 and 1997, and then rises for about 17 from 1998 to 2000; the 2002:Q1 circle is also plotted at
about 17. The other curve represents interest expense as a percent of cash flow for telecom service
firms; it begins at about 15 in 1992, declines in about 12 in 1996, and then rises to 21 in 2000; the
2002:Q1 circle is plotted at about 24.
Top-right panel
Expected Default Frequencies
Expected Default Frequencies, 1997-2001. Data are plotted monthly in percent for two curves
representing expected default frequencies; the source of the data is the KMV Corporation. One curve
represents the expected default frequency for the nonfinancial sector; it begins at 0.5 in January 1997
and rises to about 2.3 in mid-2001. The other curve represents the expected default frequency for
telecom service firms; it begins at about 0.4 in January 1997 and rises to about 3.8 in mid-2001.
Middle panel
Investment and the Acceleration of Business Output
Investment and the Acceleration of Business Output, 1987-2002. Data are plotted for two curves.
One is the four-quarter percent change in real equipment and software spending other than high-tech.
It begins at about -4 in 1987:Q1, rises to about 7 in late 1988, declines to about 4 in 1991, rises to
about 12 in late 1993, falls to about -5 in early 1996, rises to about 10 in early 1998, declines to
about -5 in mid-2001, and then rises to about 2 in 2002:Q4. The other curve is the accelerator, which
is defined as the difference in percentage points between the eight-quarter percent change in business
output and the year-earlier eight-quarter percent change. It begins at about -0.8 in 1987:Q1, rises to
about 1 in early 1989, declines to about -3.8 in early 1991, rises to about 3 in early 1993, declines to
about -0.3 in mid-1995, rises to 0.3 in 1997, declines to about -2.2 in late 2001, and then rises to
about 0 in 2002:Q4. The scales of the two plots are aligned so that 0 for the accelerator is at the same
level as 3 on real equipment and software spending other than high tech.
Bottom-left panel
Table for Composition of Nonresidential Investment
Percent
Drilling and Mining
11.00
Utilities
9.10
Other
79.90
Bottom-right panel
Table for Investment in Nonresidential Structures
Four-quarter percent change
Period
Investment
90:Q1
4.00
90:Q2
4.77
90:Q3
0.64
90:Q4
-3.37
91:Q1
-7.37
91:Q2
-9.32
91:Q3
-14.83
91:Q4
-12.69
92:Q1
-11.62
92:Q2
-9.43
92:Q3
-2.67
92:Q4
0.30
93:Q1
1.05
93:Q2
0.70
93:Q3
0.19
93:Q4
1.20
94:Q1
-2.70
94:Q2
2.66
94:Q3
2.27
94:Q4
1.14
95:Q1
7.70
95:Q2
4.02
95:Q3
4.21
95:Q4
3.28
96:Q1
3.75
96:Q2
4.89
96:Q3
6.88
96:Q4
12.79
97:Q1
11.67
97:Q2
8.10
97:Q3
10.25
97:Q4
6.47
98:Q1
6.84
98:Q2
11.24
98:Q3
5.84
98:Q4
4.92
99:Q1
2.08
99:Q2
-2.78
99:Q3
-3.17
99:Q4
-1.72
00:Q1
4.23
00:Q2
7.06
00:Q3
12.56
00:Q4
12.74
01:Q1
11.07
01:Q2
11.38
01:Q3
7.97
01:Q4
5.45
02:Q1
1.81
02:Q2
0.68
02:Q3
0.88
02:Q4
1.42
Note: Data for 2001:Q2 forward are staff forecasts.
Chart 9
Outlook for Inflation
Top-left panel
Table for chart of Actual and Structural Productivity Growth
Four-quarter percent change
Period
Actual productivity growth Structural productivity growth
88:Q1
1.50
1.40
88:Q2
1.10
1.40
88:Q3
1.50
1.40
88:Q4
1.10
1.40
89:Q1
1.10
1.40
89:Q2
0.80
1.40
89:Q3
0.70
1.40
89:Q4
0.50
1.40
90:Q1
1.20
1.40
90:Q2
1.50
1.40
90:Q3
1.50
1.40
90:Q4
0.30
1.40
91:Q1
0.20
1.40
91:Q2
0.90
1.40
91:Q3
1.10
1.40
91:Q4
2.60
1.40
92:Q1
4.10
1.40
92:Q2
3.40
1.40
92:Q3
3.00
1.40
92:Q4
4.20
1.40
93:Q1
1.00
1.40
93:Q2
0.40
1.40
93:Q3
0.70
1.40
93:Q4
-0.20
1.40
94:Q1
1.30
1.40
94:Q2
1.80
1.40
94:Q3
1.20
1.40
94:Q4
1.10
1.40
95:Q1
0.80
1.40
95:Q2
0.70
1.40
95:Q3
1.20
1.57
95:Q4
1.10
1.75
96:Q1
2.30
1.92
96:Q2
2.90
2.10
96:Q3
2.70
2.10
96:Q4
2.30
2.10
97:Q1
1.60
2.17
97:Q2
1.70
2.25
97:Q3
2.50
2.32
97:Q4
2.30
2.40
98:Q1
3.20
2.53
98:Q2
2.60
2.66
98:Q3
2.20
2.80
98:Q4
2.80
2.93
99:Q1
2.10
2.97
99:Q2
1.70
3.01
99:Q3
2.60
3.06
99:Q4
3.80
3.10
00:Q1
3.80
3.11
00:Q2
5.30
3.13
00:Q3
4.80
3.14
00:Q4
3.30
3.16
01:Q1
2.53
3.00
01:Q2
1.53
2.85
01:Q3
1.17
2.69
01:Q4
1.46
2.54
02:Q1
2.46
2.53
02:Q2
2.58
2.52
02:Q3
2.93
2.52
02:Q4
2.91
2.51
Note: Data for 2001:Q1 forward are staff forecasts.
Top-right panel
Unemployment Rate
Unemployment Rate, 1988-2002. Data are plotted for two curves, quarterly, in percent. One curve
represents the actual unemployment rate; it begins at 5.7 in 1988:Q1, rises to 7.6 in mid-1992,
declines to 4 in mid-to-late 2000, and rises to 5.6 in 2002:Q4. The other curve represents the estimate
of the short-run effective non-accelerating rate of unemployment; it begins at 5.5 in 1988:Q1,
remains at about that level until 1995, declines to 4.7 in 1999 and 2000, and then rises to 5.2 percent
in 2002:Q4.
Middle-left panel
Table for chart of PCE Energy Prices
Four-quarter percent change
Period
PCE energy prices
95:Q4
-1.43
96:Q1
1.66
96:Q2
4.98
96:Q3
4.34
96:Q4
7.32
97:Q1
6.45
97:Q2
-1.12
97:Q3
0.50
97:Q4
-1.27
98:Q1
-7.82
98:Q2
-5.76
98:Q3
-7.91
98:Q4
-9.60
99:Q1
-5.67
99:Q2
2.26
99:Q3
7.42
99:Q4
12.04
00:Q1
21.46
00:Q2
17.96
00:Q3
16.67
00:Q4
15.92
01:Q1
10.31
01:Q2
9.47
01:Q3
4.25
01:Q4
-0.50
02:Q1
-4.60
02:Q2
-7.94
02:Q3
-6.18
02:Q4
-4.41
Note: Data for 2001:Q1 forward are staff forecasts.
Middle-right panel
Table 1 for chart of Inflation Expectations
Percent
Period
Michigan SRC, one year ahead, median
1995:January
3.00
1995:February
3.00
1995:March
3.20
1995:April
3.30
1995:May
3.00
1995:June
2.90
1995:July
2.90
1995:August
2.90
1995:September
2.80
1995:October
2.90
1995:November
2.80
1995:December
2.70
1996:January
2.80
1996:February
2.80
1996:March
2.90
1996:April
3.00
1996:May
3.10
1996:June
2.90
1996:July
3.00
1996:August
3.10
1996:September
3.20
1996:October
3.00
1996:November
3.00
1996:December
3.00
1997:January
3.00
1997:February
3.00
1997:March
2.80
1997:April
3.00
1997:May
2.90
1997:June
2.80
1997:July
2.70
1997:August
2.70
1997:September
2.80
1997:October
2.80
1997:November
2.90
1997:December
2.80
1998:January
2.30
1998:February
2.40
1998:March
2.50
1998:April
2.40
1998:May
2.60
1998:June
2.70
1998:July
2.60
1998:August
2.40
1998:September
2.30
1998:October
2.50
1998:November
2.30
1998:December
2.50
1999:January
2.70
1999:February
2.50
1999:March
2.70
1999:April
2.70
1999:May
2.80
1999:June
2.50
1999:July
2.70
1999:August
2.80
1999:September
2.70
1999:October
2.90
1999:November
2.90
1999:December
3.00
2000:January
3.00
2000:February
2.90
2000:March
3.20
2000:April
3.20
2000:May
3.00
2000:June
2.90
2000:July
3.00
2000:August
2.70
2000:September
2.90
2000:October
3.20
2000:November
2.90
2000:December
2.80
2001:January
3.00
2001:February
2.80
2001:March
2.80
2001:April
3.10
2001:May
3.20
2001:June
3.00
Table 2 for chart of Inflation Expectations
Percent
Period
FRB Philadelphia One-year ahead
95:Q1
3.41
95:Q2
3.52
95:Q3
3.27
95:Q4
2.95
96:Q1
2.77
96:Q2
2.87
96:Q3
3.00
96:Q4
3.02
97:Q1
3.06
97:Q2
3.00
97:Q3
2.85
97:Q4
2.60
98:Q1
2.26
98:Q2
2.45
98:Q3
2.47
98:Q4
2.31
99:Q1
2.17
99:Q2
2.20
99:Q3
2.38
99:Q4
2.52
00:Q1
2.46
00:Q2
2.61
00:Q3
2.71
00:Q4
2.67
01:Q1
2.49
Bottom panel
Table for chart of Inflation
Four-quarter percent change
Period
Core CPI, current methods
Core GDP
Core PCE
95:Q1
2.94
2.50
2.59
95:Q2
3.01
2.27
2.53
95:Q3
2.97
2.02
2.28
95:Q4
3.03
2.07
2.27
96:Q1
2.92
1.80
2.04
96:Q2
2.67
1.57
1.87
96:Q3
2.65
1.75
1.74
96:Q4
2.60
1.77
1.83
97:Q1
2.45
1.92
1.97
97:Q2
2.50
2.22
2.11
97:Q3
2.33
1.97
1.98
97:Q4
2.21
1.85
1.73
98:Q1
2.28
1.45
1.45
98:Q2
2.22
1.27
1.33
98:Q3
2.33
1.40
1.50
98:Q4
2.36
1.32
1.61
99:Q1
2.19
1.55
1.76
99:Q2
2.10
1.57
1.64
99:Q3
1.99
1.47
1.52
99:Q4
2.04
1.62
1.51
00:Q1
2.20
1.80
1.60
00:Q2
2.39
1.97
1.64
00:Q3
2.55
2.07
1.59
00:Q4
2.54
2.10
1.57
01:Q1
2.69
1.93
1.67
01:Q2
2.63
1.99
1.71
01:Q3
2.58
2.03
1.87
01:Q4
2.62
1.98
1.96
02:Q1
2.46
1.99
1.79
02:Q2
2.47
1.83
1.86
02:Q3
2.51
1.84
1.91
02:Q4
2.50
1.86
1.90
Note: Data for 2001:Q1 forward are staff forecasts.
Chart 10
The Labor Market
Top panel
Output and Unemployment Gaps
Output and Unemployment Gaps, 1990-2002. Data are plotted for two curves in percentage points; a
horizontal line demarking 0. The first curve represents the gap between the actual unemployment
rate and the estimate of the non-accelerating rate of unemployment; it begins at -0.2 in 1990:Q1,
rises to about 2.2 in mid-1992, declines and crosses the horizontal line in early 1996, continues to
decline to about 1.7 in late 2000, and rises to 0.1 in 2002:Q4. The second curve represents the gap
between the estimate of potential real GDP and actual real GDP. It begins at -0.3 in 1990:Q1, rises to
3.7 in late 1991, declines and crosses the horizontal line in mid-1996, continues to decline to about
-2.5 in mid-2000, rises to about 0.8 in mid-2001 and remains at that level through 2002:Q4.
Middle-left panel
Table for chart of PCE Price Inflation
Percent change, Q4/Q4
Contribution to ECI compensation
growth from lagged inflation
PCE Price Inflation
1995
1.70
2.10
1996
1.80
2.30
1997
1.70
1.50
1998
1.20
1.10
1999
1.10
2.00
2000
1.70
2.30
2001
2.20
2.00
2002
1.80
1.70
Period
Middle-right panel
Table for chart of Structural Productivity Growth
Percent change, Q4/Q4
Period
Contribution to ECI compensation
Structural productivity growth
growth from productivity growth
1995
1.20
1.80
1996
1.30
2.10
1997
1.40
2.40
1998
1.50
2.90
1999
1.70
3.10
2000
1.90
3.20
2001
2.00
2.80
2002
2.00
2.50
Bottom panel
Table for ECI Inflation
Four-quarter percent change
ECI,
compensation
Contribution
of: Resource
Utilization
1999
3.40
0.50
1.10
1.70
0.10
2000
4.40
0.60
1.70
1.90
0.20
2001
4.40
-0.10
2.20
2.00
0.30
2002
3.90
-0.20
1.80
2.00
0.30
Period
Contribution
Contribution
of: Lagged
of: Productivity
inflation
Contribution
of: Health
Insurance
Chart 11
Exchange Rates and Interest Rates (Weekly data)
Chart 11 is a three-by-two panel of graphs for nominal exchange rates (Figure 1), long-term interest
rates (Figure 2), three-month interest rates (Figure 3), eurocurrency futures yield curves (Figure 4),
broad stock price indexes (Figure 5), and high-tech stock price indexes (Figure 6).
Top-left panel
Nominal Exchange Rates
Figure 1 plots indexes for three nominal exchange rates from mid-1999 through mid-2001. The base
period is July 2, 1999, with a value of 100; the y-axis ranges from 80 to 130; and each series is
measured as foreign currency per U.S. dollar. The three series are the Euro, the Yen, and a basket of
"Major Currencies," where the last is the trade-weighted average against major currencies. The major
currencies index starts at 100 in mid-1999, dips to about 95 by late 1999, and then moves generally
upward to about 110 by mid-2001. The Euro begins at 100, remains relatively constant through the
remainder of 1999, increases to about 120 by late-2000, drops to about 110 by the end of 2000, and
then increases to about 120 by mid-2001. The Yen starts at 100, drops to about 85 by the end of
1999, fluctuates around 90 during most of 2000, moves back to 100 by March 2001, and remains at
around 100 through mid-2001.
Top-right panel
Long-Term Interest Rates
Figure 2 plots long-term interest rates (in percent) for the United States, Germany, and Japan from
mid-1999 through mid-2001. The y-axis ranges from 0% to 8%. The U.S. rate starts at about 6%,
remains at around 6% with modest volatility through mid-2000, gradually drops to just over 5% by
early 2001, and increases slightly by mid-2001. The German rate remains relatively constant at
around 5% and with modest volatility throughout the period graphed. The Japanese rate starts at just
under 2%, remains at about that level through late 2000, and declines slightly to just over 1% by
mid-2001.
Middle-left panel
Three-Month Interest Rates
Figure 3 plots three-month interest rates (in percent) for the United States, the Euro Area, and Japan
from mid-1999 through mid-2001. The y-axis ranges from 0% to 8%. The U.S. rate starts at just over
5%, increases to just over 6% by mid-2000, remains around 6% through the end of 2000, and drops
to just under 4% by mid-2001. The Euro Area rate starts at around 2.5%, gradually increases to
around 5% by end-2000, and drops slightly to around 4.5% by mid-2001. The Japanese rate remains
near 0% throughout, with slight rises (followed by declines) in late 1999 and in late 2000 and early
2001.
Middle-right panel
Eurocurrency Futures Yield Curves
Figure 4 plots Eurocurrency Futures Yield Curves (in percent) for the U.S. dollar, the Euro, and the
Yen as of June 25, 2001, with the yield curves going from mid-2001 through 2002. The y-axis ranges
from 0% to 6%. The dollar begins at just under 4%, remains flat for one quarter, and rises through
2002 to just over 5%. The Euro begins at about 4.5%, drops to around 4% in early 2002, and
increases to around 4.5% by the end of 2002. The Yen remains just above 0% for the entire period.
Bottom-left panel
Broad Stock Price Indexes
Figure 5 plots three Broad Stock Price Indexes --- the S&P 500, the DJ Euro, and the TOPIX --- from
mid-1999 through mid-2001. The base period is July 2, 1999, with a value of 100; and the y-axis
ranges from 60 to 160. The S&P 500 starts at 100, remains near 100 through late 2000 with modest
volatility, and declines gradually to about 90 in June 2001. The DJ Euro starts at 100, increases to
around 140 by early 2000, and gradually declines to just above 100 by June 2001. The TOPIX starts
at 100, rises steadily to about 120 by the end of 1999, and declines to around 90 by June 2001.
Bottom-right panel
High-Tech Stock Price Indexes
Figure 6 plots High Tech Stock Price Indexes for the NASDAQ, Neuer Markt, and the JASDAQ
from mid-1999 through mid-2001. The base period is July 2, 1999, with a value of 100; and the
y-axis ranges from 40 to 240. The NASDAQ starts at 100, increases to about 180 by early 2000, and
declines to around 80 by June 2001. Overall, the other two series (Neuer Markt and JASDAQ) move
similarly to the NASDAQ. Differences include that JASDAQ and Neuer Markt peak somewhat
higher (at around 210 and 240, respectively), JASDAQ ends at around 95, and Neuer Markt ends at
around 40.
Chart 12
Trade Developments
Chart 12 includes a panel that lists data on imports and exports (Panel 1), a two-by-two panel of
graphs on Goods Exports by Region (Figures 1-4), a graph of oil prices (Figure 5), and a graph of the
"Real Exchange Rate Outlook" (Figure 6).
Top-left panel
Recent Developments: Exports and Imports
Panel 1 lists changes in billions of dollars (SAAR) for exports, imports, and components thereof over
two periods: Q4-Q1, and March-April.
The first half of the panel lists the export component, Q4-Q1 change, and March-April change, as
follows.
Line 1. Goods Exports, -5.2, -21.1;
Line 2. Capital goods, 1.5, -17.6; of which one component is Line 3:
Line 3. Computers and semi-conductors, -5.4, -8.6;
Line 4. Automotive, -5.5, 0.4;
Line 5. Consumer goods, 3.3, 0.7;
Line 6. Other, -4.5, -4.6;
Line 7. Services, 1.8, -0.5; and
Line 8. Total Goods and Services, -3.3, -21.6.
The second half of the panel lists the import component, Q4-Q1 change, and March-April change, as
follows.
Line 9. Good Imports, -29.2, -32.5;
Line 10. Oil, -10.1, 5.9;
Line 11. Capital goods, -11.7, -33.2; of which one component is Line 12:
Line 12. Computers and semi-conductors, -8.6, -13.7;
Line 13. Automotive, -6.1, 7.7;
Line 14. Consumer goods, -0.9, -14.3;
Line 15. Other, -0.4, 1.4;
Line 16. Services, 4.7, 0.1; and
Line 17. Total Goods and Services, -24.4, -32.4.
Top-right panel
Goods Exports by Region
Figures 1-4 plot Goods Exports by Region in billions of dollars (SAAR) from mid-1999 through
mid-2001. Figure 1 plots goods exports to Canada, which fluctuate between 160 and 190. Figure 2
plots goods exports to Mexico, which trend upwards from 80 to around 110; and to Other Latin
American Countries, which remain relatively constant at around 60. Figure 3 plots goods exports to
Japan, which trend upward from about 55 to around 65; and to Other Asian Countries, which rise
sharply from about 120 in mid-1999 to about 165 by the second half of 2000, dropping somewhat to
about 155 by mid-2001. Figure 4 plots goods exports to Western Europe (excluding gold), which rise
steadily from just under 160 to just under 190. In 2001, exports to all regions decline, except exports
to Western Europe. The ranges of the y-axis for Figures 1, 2, and 4 are [120, 200], [40, 120], and
[120, 200], respectively. In Figure 3, the range of the y-axis is [100, 180] for "Other Asia" (left
y-axis) and [40, 120] for Japan (right y-axis).
Bottom-left panel
Oil Prices
Figure 5 plots oil prices (West Texas Intermediate (WTI) crude oil, in dollars per barrel) from the
beginning of 1999 through mid-2001, along with the January and current Greenbook WTI forecasts
through the end of 2002. The range of the y-axis is [$0/barrel, $35/barrel]. Actual oil prices start at
around $12/barrel at the beginning of 1999, increase to about $35/barrel near the end of 2000, drop
to about $28/barrel by January 2001, and remain close to that value through June 2001. The January
Greenbook WTI forecast increases to around $32/barrel during early 2001 and then declines
gradually to about $23/barrel by the end of 2002. The current (June) Greenbook WTI forecast
declines gradually from about $28/barrel to just under $25/barrel by the end of 2002.
Bottom-right panel
Real Exchange Rate Outlook
Figure 6 plots the real exchange rate outlook, measured as the import/export weighted average,
where 1999Q1 is the base period with a value of 100. Two measures are plotted, one for "Major
Foreign" and one for the "Broad Dollar." Both indexes start at 100, move little during 1999, and
trend upwards during 2000 and the first half of 2001, reaching about 116 and 110 respectively. The
forecast of the "Major Foreign" index increases gradually, reaching about 118 by the end of 2002.
The forecast of the "Broad Dollar" falls slightly to just under 110 by the end of 2002. The range of
the y-axis is [95, 120].
Chart 13
Foreign Outlook
Chart 13 is a three-by-two panel including graphs of real GDP growth (Figure 1), foreign real GDP
growth (Figure 2), nominal exchange rates (Figure 3), stripped Brady bond yield spreads over U.S.
Treasuries (Figure 4), and industrial production (Figure 5), and a table of real GDP growth (Panel 1).
The second and third rows are titled "Latin America."
Top-left panel
Real GDP Growth
Figure 1 (titled "Real GDP Growth, Percent change, SAAR") graphs real GDP growth for 2000
(actual), 2001 (projected), and 2002 (projected) as a bar chart, with half-year values given for 2001.
Approximate values for the four periods are as follows.
United States (red): 3.5, 0.5, 2.0, 3.5.
Total foreign (blue): 4.1, 1.3, 2.2, 3.5.
The range of the y-axis is [0, 7]. Years are Q4/Q4; half years are Q2/Q4 or Q4/Q2. Total foreign
GDP growth is calculated using U.S. export weights.
Top-right panel
Foreign Real GDP Growth
Figure 2 (titled "Foreign Real GDP Growth, Percent change, Q4/Q4") graphs real GDP growth for
2000 (actual), 2001 (projected), and 2002 (projected) as a bar chart. Approximate values for the three
years are as follows.
Industrial countries (red): 3.2, 1.7, 2.8;
Asia (blue): 6, 1.9, 4.7;
Latin America (green): 4.8, 1.7, 4.1.
The range of the y-axis is [0, 7]. Foreign real GDP growth is calculated using U.S. export weights.
Latin America
Middle-left panel
Nominal Exchange Rates
Figure 3 plots "Nominal Exchange Rates, Foreign currency per U.S. dollar, July 2, 1999 = 100,
Weekly" over 1999-2001 for Argentina, Brazil, and Mexico. The range of the y-axis is [90, 140]. The
series for Argentina is flat, at 100. The series for Mexico fluctuates around 100, generally not
deviating by more than 5, and drops to around 96 at the end of the sample. The series for Brazil starts
at 100, increases to just over 110 by late 1999, declines to just under 100 by early 2000, and then
rises increasingly rapidly to over 130 by the end of 2001.
Middle-right panel
Stripped Brady Bond Yield Spreads over U.S. Treasuries
Figure 4 plots "Stripped Brady Bond Yield Spreads over U.S. Treasuries, Percentage points, Weekly"
over 1999-2001 for Argentina, Brazil, and Mexico. The range of the y-axis is [0, 20]. The series for
Argentina fluctuates between about 8 and 14, with a U-shaped profile. The series for Brazil follows
much the same pattern, although typically being slightly higher during the first half of the period and
slightly lower during the second half. The series for Mexico starts at around 8, trends downward to
around 4 during 1999, and remains around 4 for the rest of the sample.
Bottom-left panel
Industrial Production
Figure 5 plots "Industrial Production, July 1997 = 100, SA" over 1997H2-2001H1 for Argentina,
Brazil, and Mexico. The range of the y-axis is [85, 120]. The series for Argentina fluctuates widely
between 105 and 90, with dips near 90 in early 1999 and late 2000. The series for Brazil is similar
but with less variation through 1999, and thereafter trending upward to around 113 by end-2000 and
dropping to about 108 by the end of the sample. The series for Mexico trends smoothly upward from
100 to around 118 in mid-2000, falling to around 113 by the end of the sample.
Bottom-right panel
Real GDP Growth
Panel 1 (titled "Real GDP Growth, Percent change, SAAR") lists real GDP growth for 2000,
2001H1, 2001H2, and 2002. Years are Q4/Q4; half years are Q2/Q4 or Q4/Q2; and calculations use
U.S. export weights. The values for the four periods are as follows.
Line 1. Latin America: 4.8, 0.4, 2.9, 4.1;
of which:
Line 2. Mexico: 5.2, 0.1, 3.1, 4.4;
Line 3. Brazil: 4.2, 1.2, 2.0, 2.9;
Line 4. Argentina: -2.0, 1.0, 1.6, 1.9.
Chart 14
Asia
Chart 14 includes graphs of nominal exchange rates (Figure 1), offshore-dollar bond yield spreads
over U.S. Treasuries (Figure 2), and worldwide semiconductor shipments versus Asian
semiconductor producer IP (Figure 3), and tables of the share of high-tech goods (Panel 1) and real
GDP growth (Panel 2).
Top-left panel
Nominal Exchange Rates
Figure 1 plots "Nominal Exchange Rates, Foreign currency per U.S. dollar, July 2, 1999 = 100,
Weekly" over 1999-2001 for China, Korea, Taiwan, and Thailand. The range of the y-axis is [90,
125]. The series for China is flat, at 100. The series for Korea is around 103 for most of 1999, drops
to around 98 and remains at about that value through 2000, increases to around 117 and then drops to
about 112 by the end of the sample. The series for Taiwan is similar, but only increases to around 107
by the end of the sample. The series for Thailand increases to around 110 in late 1999, drops back to
near 100 by end-1999, and then trends generally upward to about 123 at the end of the sample.
Top-right panel
Offshore-Dollar Bond Yield Spreads over U.S. Treasuries
Figure 2 plots "Offshore-Dollar Bond Yield Spreads over U.S. Treasuries, Percentage points, Daily"
over 1999-2001 for Korea, the Philippines, and Thailand. The range of the y-axis is [0, 8]. The series
for Korea is relatively flat throughout the sample, at around 2. The series for Thailand starts
similarly, but falls to about 1 by the end of 2000 and then rises to about 3 by the end of the sample.
The series for the Philippines starts at around 3 and remains near that value through 1999, increases
gradually to around 4 by late 2000, and then shifts to about 6 and remains near that value through the
end of the sample.
Middle panel
Worldwide Semiconductor Shipments versus Asian Semiconductor Producer IP
Figure 3 plots "Worldwide Semiconductor Shipments versus Asian Semiconductor Producer IP" over
1995-2001. The range of the y-axis is [8, 20] (billions of dollars, left axis, for Worldwide
Semiconductor Shipments) and [90, 150] (June 1996 = 100, right axis, Asian Semiconductor
Producer IP). The IP index is SA, 3-month moving average of Korean, Malaysian, Philippine,
Singaporean, and Taiwanese IP weighted by shares of total U.S. exports. The series for Worldwide
Semiconductor Shipments starts at just over $10 billion, increases to over $13 billion by end-1995,
fluctuates around $10-$12 billion through mid-1999, increases steadily to about $18 billion in late
2000, and decreases to around $14 billion by the end of the sample. The series for the Asian
Semiconductor Producer IP is qualitatively similar, except that it is relatively flat for 1995 and it
does not decline so much in 2001. The series for the Asian Semiconductor Producer IP begins
around 95 and ends at around 138.
Bottom-left panel
Share of High-Tech Goods
Panel 1 (titled "Share of High-Tech Goods, Percent") lists the share of high-tech goods in IP and in
total exports for five countries, as follows.
Line 1. Korea: 12, 31;
Line 2. Taiwan: 18, 31;
Line 3. Singapore: 47, 55;
Line 4. Malaysia: 20, 57;
Line 5. Philippines: 11, 57.
High-tech goods include semiconductors, computers and components, and telecommunications
equipment and parts. Data for some countries include other electronic and electrical devices. Data for
the share in total exports are 1998-2000 average. Data for Singapore are for 2000 only.
Bottom-right panel
Real GDP Growth
Panel 2 (titled "Real GDP Growth, Percent change, SAAR") lists real GDP growth for 2000,
2001H1, 2001H2, and 2002. Years are Q4/Q4; half years are Q2/Q4 or Q4/Q2; and calculations use
U.S. export weights. The values for the four periods are as follows.
Line 1. Developing Asia: 6.1, 0.7, 3.0, 4.7;
of which:
Line 2. China: 7.4, 7.0, 7.5, 7.6;
Line 3. Korea: 5.2, 1.6, 2.5, 4.2;
Line 4. Taiwan: 4.1, -1.4, 1.0, 3.8;
Line 5. Singapore: 11.0, -5.8, 4.0, 5.7;
Line 6. Hong Kong: 6.6, 1.2, 1.7, 4.0.
Chart 15
Industrial Countries
Chart 15 is a three-by-two panel including graphs of real industrial production (Figure 1), business
confidence (Figure 2), employment (Figure 3), and consumer confidence (Figure 4), and tables of
real GDP growth (Panel 1) and real domestic demand growth (Panel 2).
Top-left panel
Industrial Production
Figure 1 plots "Industrial Production, July 1999 = 100, SA" over 1999-2001 for Canada, Japan, and
the Euro area. The range of the y-axis is [98, 110]. All three series trend upward from 100 in 1999 to
around 106 in the second half of 2000. For the remainder of the sample, the series for the Euro area
trends upward to around 109 and then falls to around 107, the series for Canada falls off to around
105, and the series for Japan falls more sharply to around 100.
Top-right panel
Business Confidence
Figure 2 plots "Business Confidence" over 1999-2001 for Canada, Japan, and the Euro area. The
range of the y-axis is [70, 110] (left axis, 1999Q3 = 100, for Canada) and [-20, 10] (right axis,
diffusion index, for Japan and for the Euro Area). The series for Canada starts at 100 and increases
slightly before trending downward to about 78 by the end of the sample. The series for Japan starts at
around -13, increases to around -7 by end-2000, and falls to around -19 by the end of the sample. The
series for the Euro Area starts at around -7, increases to around 7 by mid-2000, and declines to
around -5 by the end of the sample.
Middle-left panel
Employment
Figure 3 plots "Employment, July 1999 = 100" over 1999-2001 for Canada, Japan, and the Euro area.
The range of the y-axis is [98, 104]. The series for Japan fluctuates around 100 for the entire sample.
The series for Canada trends upward from 100 in 1999 to just under 104 at the end of the sample.
The series for the Euro area behaves similarly.
Middle-right panel
Consumer Confidence
Figure 4 plots "Consumer Confidence" over 1999-2001 for Canada, Japan, and the Euro area. The
range of the y-axis is [-6, 2] (left axis, diffusion index, for the Euro Area) and [90, 110] (right axis,
1999Q3=100, for Canada and Japan). The series for Canada fluctuates around 100, dipping to about
96 at the end of the sample. The series for Japan starts at 100, increases to around 108 by late 2000,
and declines to around 100 by the end of the sample. The series for the Euro Area starts at around -3,
increases to around 0 by end-1999, remains around 0 for the first half of 2000, declines to around -4
by end-2000, and fluctuates between -4 and -1 for the remainder of the sample.
Bottom-left panel
Real GDP Growth
Panel 1 (titled "Real GDP Growth, Percent change, SAAR") lists real GDP growth for 2000,
2001H1, 2001H2, and 2002. Years are Q4/Q4; half years are Q2/Q4 or Q4/Q2; and calculations use
U.S. export weights. The values for the four periods are as follows.
Line 1. Indust. Countries: 3.1, 1.4, 1.8, 2.7;
of which:
Line 2. Japan: 2.5, -1.0, -1.3, 1.0;
Line 3. Euro Area: 2.9, 1.8, 1.9, 2.6;
Line 4. United Kingdom: 2.6, 1.6, 2.4, 2.6;
Line 5. Canada: 3.5, 1.9, 2.4, 3.1.
Bottom-right panel
Real Domestic Demand Growth
Panel 2 (titled "Real Domestic Demand Growth, Percent change, SAAR") lists real domestic demand
growth for 2000, 2001H1, 2001H2, and 2002. Years are Q4/Q4; half years are Q2/Q4 or Q4/Q2. The
values for the four periods are as follows.
Line 1. Japan: 2.5, -0.6, -1.4, 0.9;
Line 2. Euro Area: 2.3, 0.8, 2.0, 2.5;
Line 3. United Kingdom: 2.9, 2.7, 2.8, 2.7;
Line 4. Canada: 2.7, 1.4, 2.8, 3.0.
Chart 16
External Sector
Chart 16 is a three-row panel of seven graphs and tables. The first row in the panel contains three bar
graphs: determinants of core exports (Figure 1), determinants of core imports (Figure 2), and
contribution to U.S. GDP growth (Figure 3). The second row contains tables of real export growth
(Panel 1) and Real Import Growth (Panel 2). The third row contains a graph of the current account
(Figure 4) and a table of capital flows (Panel 3).
Top-left panel
Determinants of Core Exports
Figure 1 (titled "Determinants of Core Exports, Percent change, Q4/Q4") graphs changes in
determinants of core exports for 2000 (actual), 2001 (projected), and 2002 (projected). Approximate
values for the three years are as follows.
Core export growth (red): almost 6%, slightly negative, just over 2%;
Contribution of foreign GDP growth (blue): just under 4%, 2%, 3%;
Contribution of relative prices (green): -1.5%, -1%, -1%;
Industrial output gap growth (yellow): 0.5%, -1%, less than -0.5%.
The range of the y-axis is [-4, 16].
Top-middle panel
Determinants of Core Imports
Figure 2 (titled "Determinants of Core Imports, Percent change, Q4/Q4") graphs changes in
determinants of core imports for 2000 (actual), 2001 (projected), and 2002 (projected). Approximate
values for the three years are as follows.
Core import growth (red): 10%, 1.5%, 7%;
Contribution of GDP growth (blue): 8%, 2%, 6%;
Contribution of relative prices (green): 1%, 2%, 0.5%.
The range of the y-axis is [0, 20].
Top-right panel
Contribution to U.S. GDP Growth
Figure 3 (titled "Contribution to U.S. GDP Growth, Percentage points") graphs the contributions of
exports and imports for 2000 (actual), 2001 (projected), and 2002 (projected) on a semi-annual basis.
Approximate values for the six half-year periods are as follows.
Exports (red): 1, 0.3, -0.4, 0.3, 0.3, 0.8;
Imports (blue): -2, -1, 0.5, -0.6, -1, -1.
The range of the y-axis is [-3, 3].
Middle-left panel
Real Export Growth
Panel 1 (titled "Real Export Growth, Percent change, Q4/Q4") lists percent changes for exports and
the percentage point contribution from components thereof over 1999-2002. Values for each year are
as follows.
Line 1. Growth of real exports, G & S: 4.3, 6.7, -0.9, 5.1.
Percentage point contribution
Line 2. Services: 0.1, 0.8, 0.3, 1.6;
Line 3. Goods: 4.2, 5.9, -1.2, 3.5; of which
Line 4. Core: 2.3, 3.6, -0.1, 1.3.
"Core" excludes computers and semiconductors.
Middle-right panel
Real Import Growth
Panel 2 (titled "Real Import Growth, Percent change, Q4/Q4") lists percent changes for imports and
the percentage point contribution from components thereof over 1999-2002. Values for each year are
as follows.
Line 1. Growth of real exports, G & S: 12.0, 11.3, 0.5, 7.3.
Percentage point contribution
Line 2. Services: 0.4, 2.0, 0.7, 0.8;
Line 3. Goods: 11.6, 9.3, -0.2, 6.5; of which
Line 4. Core: 9.5, 6.9, 0.4, 4.5.
"Core" excludes computers, semiconductors, and oil.
Bottom-left panel
Current Account
Figure 4 (titled "Current Account") plots the current account over 1990-2002, measured both in
percent of GDP (left axis) and in billions of dollars (the "level," right axis). Except for a brief
positive spike in 1991, the current account is approximately -100 billion from 1990 through 1997.
Thereafter it trends downward to about -450 billion in 2000, with projections continuing down to
about -600 billion by end-2002. On this figure's scaling, the data in percent nearly overlap those in
billions of dollars. The range of the y-axis is [-6, 2] (left axis) and [-600, 200] (right axis).
Bottom-right panel
Capital Flows
Panel 3 (titled "Capital Flows, Billions of dollars, AR") lists capital flows for 2000 and 2001Q1. The
values for those two periods are as follows.
Official capital, net: 36, 17;
of which: Japan: 19, -11;
Private capital, net: 407, 295;
of which:
For. purch. of U.S. sec.: 433, 591;
of which: Treasuries: -53, 2;
U.S. purch. of for. sec.: -125, -114;
For. D.I. in U.S.: 288, 168;
U.S. D.I. abroad: -152, -144.
Chart 17
Top panel
Table 1 for Economic Projections for 2001
Percent change, Q4/Q4
Item, Period
FOMC:
Range
FOMC:
Central Tendency
Staff
Nominal GDP, July 2001
3 1/4 to 5
3 1/2 to 4 1/4
3.6
3 3/4 to 5 1/4
4 to 5
3.8
1 to 2
1 1/4 to 2
1.4
2 to 2 3/4
2 to 2 1/2
1.8
2 to 3
2 to 2 1/2
2.0
1 3/4 to 2 1/2
1 3/4 to 2 1/4
1.8
Nominal GDP, February 2001
Real GDP, July 2001
Real GDP, February 2001
PCE Prices, July 2001
PCE Prices, February 2001
Central tendencies calculated by dropping high and low three from ranges.
Table 2 for Economic Projections for 2001
Average level, Q4, Percent
Item, Period
FOMC:
Range
FOMC:
Central Tendency
Staff
Unemployment rate, July 2001
4 3/4 to 5
4 3/4 to 5
5.2
Unemployment rate, February 2001
4 1/2 to 5
About 4 1/2
5.2
Central tendencies calculated by dropping high and low three from ranges.
Bottom panel
Table 1 for Economic Projections for 2002
Percent change, Q4/Q4
Item
FOMC:
Range
FOMC:
Central Tendency
Staff
Nominal GDP
4 1/2 to 6
5 1/4 to 5 1/2
5.3
Real GDP
3 to 3 1/2
3 to 3 1/4
3.5
PCE Prices
1 1/2 to 3
2 to 2 1/2
1.7
Table 2 for Economic Projections for 2002
Average level, Q4, Percent
Item
Unemployment rate
Return to top
Home | Monetary policy | FOMC | FOMC transcripts
Accessibility | Contact Us
Last update: October 24, 2008
FOMC:
Range
FOMC:
Central Tendency
Staff
4 1/2 to 5 1/2
4 3/4 to 5 1/4
5.6
@FedFRASER